Description: This effort developed techniques to enable the use of nanoparticles (e.g. clay) for introducing multifunctionality into marine composite matrix materials, such as the embedding of nano-engineered sensors or the introduction of self-healing characteristics. Additionally, this effort focused on developing the basic understanding needed to significantly enhance the fire, corrosion and blast/impact resistance of the marine composite matrix materials.
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PITTSBURG STATE UNIVERSITY |
$0 |
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Private Educational Institution |
PITTSBURG,
KS
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PURDUE UNIVERSITY |
$0 |
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Private Educational Institution |
WEST LAFAYETTE,
IN
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UNIVERSITY OF RHODE ISLAND |
$1,545 |
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Public Educational Institution |
KINGSTON,
RI
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Citation
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Source:
Appropriations Report Language - Conference
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Reference:
108-622
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Location:
Line 1, Page 283
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Citation Excerpt: Multifunctional Materials for Naval Structures
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